Copper Clad Aluminum wire

Ref Price:
Loading Port:
China Main Port
Payment Terms:
TT OR LC
Min Order Qty:
-
Supply Capability:
-

OKorder Service Pledge

Quality Product

Order On-line Tracking

Timely Delivery

OKorder Service Pledge

Credit Rating

Credit Services

Credit Purchasing

Share to:

Product Description:

Copper Clad Aluminum is an electrical conductor which has an outer sleeve of copper metallurgically

bonded to a solid aluminum core. The combination of these two metals make

it uniquely suited to many electrical applications

Standard:

SJ/T 11223-2000

ASTM B 566-93

Feature:

Compared to copper conductors:

Higher Flexibility due to lower elastic modulus

63% material weight reduction due to lower specific gravity of CCA over regular copper

Compared to aluminum conductors:

Better corrosion resistance than aluminum due to copper layer

Lower resistance due to high electric conductivity of copper

Better Solderability

Higher strength than aluminum

Application:

In high frequency signal transmission field, it is applied to:

l  Standard Material of Conductor in CATV Coaxial Cable;

l  50 Ohm Radio Frequency Aerial;

l  Leaky Cable;

l  Soft Coaxial Radio Frequency Cable;

l  Data Cable

In power transmission field, it can be applied to:

l  Stranded wire;

l  Power Cable;

l  Control Cable;

l  automotive cable;  

l  Building distribution wire;

l  Busbar;

l  Radio Frequency shielding;

In special electromagnetic wire, it can be applied to:

l  Coils in motor and fans, mahjong machine, Loudspeakers

l  Voice coils (e.g. in Headphone, Headset, ...)

l  Windings

Manufacture Scope

0.12MM~5.50MM

Physical property of CCA wire

Specification

Copper in volume

(%)

Copper in mass

(%)

Length comparison

Density

(g/cm3)

Max.DC resistivity

Ω.mm2/m

(20)

Conductivity

(%IACS)

Min

CCA-10%Copper volume

812

27

2.65:1

3.32

0.02743

63

CCA-15%Copper volume

13-17

37

2.45:1

3.63

0.02676

65

Copper wire

100

100

1:1

8.89

017241

100


Characteristics of CCA wire


Nominal Diameter

Cross Section
(mm2)

Copper Thickness
(mm)

Mass per unit length
(kg/km)

DC resistance per unit length
(ohm/km)20

Tensile Strength
(Mpa)

Elongation
(%)

CCA-10%

CCA-15%

CCA-10%

CCA-15%

Copper

CCA-10%

CCA-15%

Copper

A
(max)

H
(min)

A
(max)

H
(min)

6.00

28.260

0.105

0.150

93.82

102.58

251.23

0.97

0.95

0.61

138

124

15

1.50

5.15

20.820

0.090

0.129

69.12

75.58

185.09

1.32

1.29

0.83

138

152

15

1.50

5.08

20.258

0.089

0.127

67.26

73.54

180.09

1.35

1.32

0.85

138

152

15

1.50

4.97

19.390

0.087

0.124

64.38

70.39

172.38

1.41

1.38

0.89

138

152

15

1.50

4.90

18.848

0.086

0.123

62.57

68.42

167.56

1.46

1.42

0.91

138

152

15

1.50

4.85

18.465

0.085

0.121

61.30

67.03

164.16

1.49

1.45

0.93

138

152

15

1.50

4.80

18.086

0.084

0.120

60.05

65.65

160.79

1.52

1.48

0.95

138

152

15

1.50

4.50

15.896

0.079

0.113

52.78

57.70

141.32

1.73

1.68

1.08

138

159

15

1.50

4.00

12.560

0.070

0.100

41.70

45.59

111.66

2.18

2.13

1.37

138

166

15

1.50

3.86

11.696

0.068

0.097

38.83

42.46

103.98

2.35

2.29

1.47

138

166

15

1.50

3.60

10.174

0.063

0.090

33.78

36.93

90.44

2.70

2.63

1.69

138

172

15

1.50

3.50

9.616

0.061

0.088

31.93

34.91

85.49

2.85

2.78

1.79

138

172

15

1.50

3.38

8.968

0.059

0.085

29.77

32.55

79.73

3.06

2.98

1.92

138

172

15

1.50

3.20

8.038

0.056

0.080

26.69

29.18

71.46

3.41

3.33

2.14

138

179

15

1.00

3.00

7.065

0.053

0.075

23.46

25.65

62.81

3.88

3.79

2.44

138

179

15

1.00

2.85

6.376

0.050

0.071

21.17

23.15

56.68

4.30

4.20

2.70

138

186

15

1.00

2.80

6.154

0.049

0.070

20.43

22.34

54.71

4.46

4.35

2.80

138

186

15

1.00

2.77

6.023

0.048

0.069

20.00

21.86

53.55

4.55

4.44

2.86

138

186

15

1.00

2.50

4.906

0.044

0.063

16.29

17.81

43.62

5.59

5.45

3.51

138

193

15

1.00

2.30

4.153

0.040

0.058

13.79

15.07

36.92

6.61

6.44

4.15

138

200

15

1.00

2.20

3.799

0.039

0.055

12.61

13.79

33.78

7.22

7.04

4.54

138

200

15

1.00

2.18

3.731

0.038

0.055

12.39

13.54

33.17

7.35

7.17

4.62

138

200

15

1.00

2.15

3.629

0.038

0.054

12.05

13.17

32.26

7.56

7.37

4.75

138

200

15

1.00

2.05

3.299

0.036

0.051

10.95

11.98

29.33

8.31

8.11

5.23

138

205

15

1.00

2.00

3.140

0.035

0.050

10.42

11.40

27.91

8.74

8.52

5.49

138

205

15

1.00

1.95

2.985

0.034

0.049

9.91

10.84

26.54

9.19

8.96

5.78

138

205

15

1.00

1.81

2.572

0.032

0.045

8.54

9.34

22.86

10.67

10.41

6.70

138

205

15

1.00

1.70

2.269

0.030

0.043

7.53

8.24

20.17

12.09

11.80

7.60

138

205

15

1.00

1.63

2.086

0.029

0.041

6.92

7.57

18.54

13.15

12.83

8.27

138

205

15

1.00

1.50

1.766

0.026

0.038

5.86

6.41

15.70

15.53

15.15

9.76

138

205

15

1.00

1.30

1.327

0.023

0.033

4.40

4.82

11.79

20.68

20.17

13.00

138

205

15

1.00

1.02

0.817

0.018

0.026

2.71

2.96

7.26

33.59

32.77

21.11

138

205

15

1.00

0.95

0.708

0.017

0.024

2.35

2.57

6.30

38.72

37.77

24.33

138

205

15

1.00

0.81

0.515

0.014

0.020

1.71

1.87

4.58

53.26

51.96

33.47

138

205

15

1.00

0.75

0.442

0.013

0.019

1.47

1.60

3.93

62.12

60.60

39.04

138

205

15

1.00

0.63

0.312

0.011

0.016

1.03

1.13

2.77

88.04

85.89

55.33

138

205

15

1.00

0.50

0.196

0.009

0.013

0.65

0.71

1.74

139.77

136.36

87.85

172

205

10

1.00

0.30

0.071

0.005

0.008

0.23

0.26

0.63

388.25

378.77

244.02

172

205

5

1.00

0.10

0.008

0.002

0.003

0.03

0.03

0.07

3494.27

3408.92

2196.18

172

205

5

1.00



Send a message to us:

Remaining: 4000 characters

- Self introduction

- Required specifications

- Inquire about price/MOQ

Q:need help with wiring deck?
Hey bro why dont you buy a wiring harness from best buy or OKorder it can cost u like 10 bucks or so and it will be alot easier to connect the head unit. That noise that u are hearing is the ground, that ground that u have is either no good enough or it is loose. Good Luck
Q:How do I connect a threaded wire with a naked solid copper ground wire with a wire nut?
Early on as an electrian I had a mentor who gave me this tip....take the stranded wire and lightly rub it in a clockwise direction, not a real twist just mold it so it sticks together a bit, place the two wires side by side but cheat the stranded wire up a bit so it (apprears) longer than the solid by maybe 1/32 of an inch. place the wire nut on and twist, you will feel it grab continue toi tighten just until it begins to pull the insulated part of the stranded wire taught.... you will see what I mean and understand....gently tug on stranded wire to make sure the joint is good.
Q:Copper wires differ? Installing light switch?
The twisting cord connectors (aka cord nuts) will artwork fantastic to connect stranded and stable wires, assuming they are the proper length connectors. merely lay the solid and stranded cord in conjunction with one yet another and screw on the cord nut. Double examine your achieved connection by giving the guy conductors a tug.
Q:Soldering Headphone wire?
wire is metal and metal is orange or silver . The fussy stuff is string
Q:2004 dodge durango radio wiring diagram?
If you havent already cut the wires then go to an audio store (best buy, local shop ect...) and buy a wiring harness. If you already cut the wires you NEED to test the wires with a test light and 9v battery and not rely on online diagrams because 90% of the time they are wrong. way to do it is find your positive, negative, and turn on wire with a test light. test every single wire with the test light to make sure there arent any live wires still left after you found your power wires. after you have done that to find the speakers take a 9 volt and hold one wire to the positive and touch every wire and listen for a speaker to make a scratching noise. when you hear the scratching noise then that means those two wires go to that speaker. if your totally lost then rewire the factory plug back on and then go get a wiring harness. theyre like 15-20 bucks and save you a whole lot of time and its a lot less mess to deal with.
Q:Explanation of Ground wire install?
The ground wire in an automobile accessory installation is to make the complete circuit for the electricity to follow. Some things on cars use the frame and metal panels for grounding, but for an amp and some radios you probably should not. The battery is grounded to the frame and to the engine.
Q:whitch wires do u ground?
It's probably one positive, one negative and one earth ground.
Q:a 2.2 resistor is to be made of nichrome wire. If the available wire is 1/32in. in diameter.?
google awg wire table and find the resistivity of nichrome wire it will have wire of different diameters listed. 1/32 is .031 or 31 mils in diameter which closely approximates 20awg wire 20awg nichrome60 wire has 659 ohms per thousand feet An example if it says 10,243 ohms/1000' you will need (2.2/10,243) * 1000 feet of wire for your resistor to Neville:--- The wire doesn't know what system of units you used to calculate the answer. It works fine in English units.
Q:99 4 runner a/f sensor wiring diagram?
Why do u want to know what wires go to the sensor? If you have a code for the a/f sensor..99 % of the time it is an open in the sensor itself. On rare occasion there are others like a chewed wire by a rodent. But I would just recommend replacing the a/f sensor. And i u were to follow the wires from the male connector they would lead you to a big wire harness that basically just all ends up at the ECU. Just in case u wanted to know.
Q:Calculating thickness of wire?
The resistivity of copper is ρ_Cu = 1.72 x 10^(-8) ohm - meters, whereas that of aluminum is ρ_Al = 2.82 x 10^(-8) ohm-meters [1]. Assuming that the wire runs are the same length L, the resistance in the aluminum wire will be R_Al = ρ_Al * L/A_Al, where A_Al is the cross-sectional area of the aluminum wire. The resistance in the copper wire will be R_Cu = ρ_Cu * L/A_Cu. If we want the same resistance in both wires, we require R_Cu = R_Al: ρ_Cu * L / A_Cu = ρ_Al * L / A_Al A_Al / A_Cu = ρ_Al / ρ_Cu. Since the resistivity ρ_Al of aluminum is higher, the aluminum wire must have a larger cross sectional area to yield the same resistance. To make this precise, suppose the wires are cylindrical. Then the cross sectional area is π(R_Al)² for the aluminum wire and π(ρ_Cu)² for the copper wire: π(R_Al)²/π(ρ_Cu)² = ρ_Al / ρ_Cu R_Al/R_Cu = √(ρ_Al / ρ_Cu) = √(2.82/1.72) = 1.28 The aluminum wire must be 28% thicker than the copper wire in order to provide the same resistance.

1. Manufacturer Overview

Location
Year Established
Annual Output Value
Main Markets
Company Certifications

2. Manufacturer Certificates

a) Certification Name  
Range  
Reference  
Validity Period  

3. Manufacturer Capability

a)Trade Capacity  
Nearest Port
Export Percentage
No.of Employees in Trade Department
Language Spoken:
b)Factory Information  
Factory Size:
No. of Production Lines
Contract Manufacturing
Product Price Range